Editor: I. Mallikarjuna Sharma Volume 11: 15-31 March 2015 No. 5-6

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22 The Zeitgeist Movement: A New Train of Thought (2015) 1 LAW real life terms would require an enormous text/programming treatment and will likely occur in a future edition of this text's appendix, as an ongoing project development. Collaborative Design Interface The starting point for interaction in a NLRBE is the CDI, or collaborative design interface. The CDI could abstractly be considered the “new “market” or the market of ideas or designs. Design is the first step in any production interest and this interface can be engaged by a single person; it can be engaged by a team; it can be engaged by everyone. It is open source and open access and it would come in the form of an online web interface. The notion of “market” is expressed here not to conflate the notion of trade, but rather the notion of sharing and group decision-making. As with the traditional sales market, there is a swarm type of behavior which makes decisions over time as a group whole with respect to what goods will develop (demand) and what goods will perish (lack of demand). In a certain sense, this democratic process is embraced in a NLRBE, but by different means. Moreover, all submitted designs, in creation or deemed complete, are stored in an open access, searchable database. This database makes all designs available for others to use or build upon. In this way, it is similar to a traditional goods catalog commonly found today, except it contains digital designs that can be sent into production at any time, on demand. This design creation and proposal system is how demand itself is assessed. Instead of traditional advertising and the unidirectional consumer good proposal system - where companies work to persuade the consumer as to what they should buy, with the public mostly going with the flow, favoring or not favoring a company's pitched good, component or feature by purchase or not - this system works in an opposite, more involved and democratic manner. In this new, open source type design approach, the entire global community has the option of presenting ideas for everyone to see, weighing in on and building upon designs, harnessing the power of collective experience and global knowledge. The mechanism of the CDI would come in the form of an interactive interface, such as we see commonly today with computer-aided design (CAD) or computer-aided engineering (CAE) software. In short, these programs are able to digitally create and represent any given product design, containing all information as to how it should be made in final, physical manufacturing. Above: CAD Interface Design Example As an aside, many considering the educational requirements to engage such an interface, might be concerned about use-complexity. Naturally, the more dedicated designer will develop the skills needed to whatever degree interested while, for the more casual user, different degrees of interface complexity and skill orientation can be utilized. This more user-friendly interfacing can develop in a similar fashion to how personal computers transitioned from complex proprietary coding interfaces with manually input instructions, to the now ubiquitous, simple graphic interface icon system, which allows users to operate more intuitively. Future CAD/CAE type programs will likely evolve in the same way, making the interactive process more accessible. In many cases, as the database is always populated with current, already existing designs, the practice will be to build upon other's work. For example, if an engineer is interested in the optimization of a cell phone, they have the option of Law Animated World, 15-31 March 2015 22
(2015) 1 LAW The Zeitgeist Movement: A New Train of Thought 23 building upon any existing phone product design in the database, rather than starting from scratch. The benefit of this cannot be emphasized enough as a collaborative platform. Rather than limit the design input to, say, a boardroom of engineers and marketers, as is common practice today, literally millions of minds can be brought together to accelerate any given idea in this approach. This new incentive system also ensures everyone interested in the good will receive exactly what everyone else is likely to receive in its advanced optimization states, where personal interest becomes directly tied to societal interest. Also, given the patterns today, likely not everyone would want or need to be a designer. Many people would be satisfied enough by what had been set in motion already by others, with perhaps minor customization along the way. Today, a very small percentage of the population actually create and engineer the dominant technology and goods we use; and this specialization may naturally continue in the future to some degree, even though it is to the advantage of everyone if more minds came together. If the educational system is orientated away from rote learning and its antiquated basis that originated in the 19 th century social order, we could see an explosion of input and creativity. All that understood, an incredibly important component of these design and engineering programs today is how they can now incorporate advanced physics and other real world, natural law properties with the proposed design for testing. In other words, the good isn't just viewable in a static visual model with noted properties, it can actually be tested right there, virtually, to a relevant degree. For instance, all new automobile designs today, long before they are physically built, are run through complex digital testing processes that assist in design integrity greatly. 794 Over time, there is no reason to believe that we will not be able to digitally represent, and set in motion for 794 Reference: Engineering revolution: CAD/CAE advancements changing vehicle development. (http:// wardsauto.com/news-amp-analysis/engineering-revolutioncadcae-advancements-changing-vehicle-development) testing, most all known laws of nature, applying them in different contexts, virtually. Optimized Efficiency Standards: Efficiency standards are standards by which a given design must conform. This evaluation will be calculated automatically, or algorithmically, by the CDS's programming. This can also be thought of as a filtering process. In short, any proposed design will be digitally filtered through a series of sustainability and efficiency protocols which relate not only to the state of existing resources, but also to the current performance of the total industrial system. These would include the following “efficiency standards”. 795 a) Strategically Maximized Durability b) Strategically Maximized Adaptability c) Strategic Standardization of Genre Components d) Strategically Integrated Recycling Conduciveness e) Strategic Conduciveness for Labor Automation Figure 4. Symbolic Logic for the “Optimized Design Efficiency” function As per figure 4, design efficiency is one of the main factors that can affect the overall efficiency of the manufacturing and distribution process. This design efficiency depends on several key factors, which can be called current efficiency standards . Here the index corresponds to some particular standard. Each standard will be generally explored as follows, expanding in certain cases with respect to the symbolic logic associated, for the sake of clarity. a) ‘Strategically Maximized Durability’ means to make the good as strong and lasting as relevant. The materials utilized, comparatively assuming possible substitutions due to levels of scarcity or other factors, would be dynamically calculated, 795 Please note these protocols were also addressed in the essay True Economic Factors, in the context of “microeconomic components”, with mild variation in the language. 23 Law Animated World, 15-31 March 2015
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Editor: I. Mallikarjuna Sharma Volume 11: 15-31 March 2015 No. 5-6

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